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Climate-Responsive and Sustainable Architecture

byTeam3Takes projects across India; Visit studio in Lado Sarai, New DelhiStarts from₹160 ₹ / Sq. Ft. (BUA)View full gallery

We believe a building's design should be its first line of defense against the climate. Through solar studies and passive cooling, we create spaces that perform as well as they look.

Energy efficiency is a critical part of our design process. We employ strategies like passive cooling, climate-responsive facades, and sustainable material choices to reduce a building's energy consumption and environmental impact.

A solar study diagram for the Aspire School project. We use digital simulations like this to analyze the sun's path and design buildings that maximize natural light in winter and minimize heat gain in summer.

The design process for Aspire School began with analyzing the site. This diagram shows the first step in planning the building's layout to optimize its relationship with the surrounding environment and climate.

This diagram illustrates how we determined the building footprint on the site for Aspire School, considering setbacks and orientation to maximize passive design benefits.

Fenestration, or the arrangement of windows, is key to our climate-responsive strategy. This diagram shows how we planned the window placement at Aspire School to facilitate cross-ventilation and deep daylight penetration.

We prioritize low-impact, high-performance materials. This image showcases acetylated wood, a durable, moisture-resistant material with a lower carbon footprint that we use as an alternative to conventional options.

Our blog, "Beyond Steel & Cement," explores the use of sustainable materials in modern architecture. We believe integrating innovative solutions like AAC blocks and green pavers is essential for building a greener future.

In an interview, we discussed how lessons from India's traditional architecture can inform modern heat-resilient design. Integrating traditional wisdom with new technology is key to creating sustainable urban habitats.

About Climate-Responsive & Sustainable Design

We do not just add green features; we simulate the environment first. For projects like the Aspire School, we ran solar path studies and tested ventilation models before finalizing the building footprint. This ensures that features like courtyards and fenestrations actually provide cooling, rather than just acting as aesthetic elements.

Practicing sustainable, climate-responsive design in India. — Approved by the tribe
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Team3

Takes projects across India; Visit studio in Lado Sarai, New DelhiStarts from ₹160 ₹ / Sq. Ft. (BUA)

We are team3. Our studio is a mix of tech enthusiasts and design thinkers who sketch, argue, and debate until we get the climate strategy right. For us, sustainability is not a checklist. It is the core of how we design every room, campus, and home.

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A water body at the VIT School of Architecture, which acts as a passive cooling element. The positioning of water features and wind tunnels helps to naturally regulate the building's temperature.8
The installation of a radiant cooling system at the VIT School of Architecture. This energy-efficient alternative to air conditioning uses chilled water pipes in the floor slabs to lower the ambient temperature in the studios.
Green mounds, or earth berms, at the DRL Leadership Academy in Andhra Pradesh. These landscape features tuck in classrooms on the ground floor, providing natural insulation and creating informal seating areas.
A duplicate image of the radiant cooling pipe installation at VIT, a key feature of the building's sustainable design.

Sustainable and Climate-Responsive Architectural Design

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MindspaceTakes projects across India; Visit Design Studio in Sanjayanagara
The "Office in a Verandah" in Goa is defined by its large, sheltering roof and laterite base, designed to withstand and celebrate the region's heavy rainfall. The building sits comfortably in its lush, hilly landscape.10
For the Indian Oil Tanking Ltd. office in Sohar, Oman, I used a simple palette of stucco and wooden screens to respond to the desert climate. The design balances the need for shade with the desire for natural light and views.
This facade features operable wooden louvers and concrete forms, allowing users to modulate sunlight and airflow. This is a low-tech, high-impact strategy I use to create comfortable and energy-efficient buildings.
The shadow of a palm tree plays across the facade of the Sohar office. The wooden screen, or 'mashrabiya', is a modern interpretation of a traditional Islamic architectural element, providing privacy and shade while allowing ventilation.

Climate-Responsive Architecture and Passive Design

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RMA ArchitectsTakes projects across India; Visit office in Kala Ghoda, Mumbai
Our ethos is to shape a sustainable future by designing in harmony with the environment. This image from a hillside project shows how architecture can be gently placed within the landscape, respecting local ecology and communities.23
Our design process is guided by seven key sustainability goals. These pillars, from site context to materials and energy, form a comprehensive framework that ensures every project is environmentally responsible and future-ready.
Efficiency begins with smart design. We prioritize passive strategies like building orientation, natural ventilation through shaded corridors, and green facades to reduce energy consumption before implementing active systems.
These diagrams illustrate our process for optimizing a building's form and orientation. Through strategic massing and passive design, we reduce reliance on energy-intensive systems, a core principle of climate-responsive architecture.

Our Sustainable Design Philosophy: Creating Future-Ready Architecture

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Edifice ConsultantsTakes projects across India; Offices in Mumbai, Bengaluru & Delhi
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This residence in Defence Colony, Delhi, features manually sliding perforated metal 'jaalis'. These screens provide protection from the harsh sun while allowing diffused light to enter, acting as a modern interpretation of a traditional shading device.
My work on the Defence Colony residence was featured in the Dainik Jagran newspaper. The article discusses how the design uses 'naya vastu' principles to create a building that responds to the modern need for climate-responsive architecture.
A sectional drawing of the Chinmaya Mission Gurudham project. This illustration shows how we integrate passive architectural principles from the very start, using shading, natural light, insulation, and features like a 'kund' (water body) and 'Aakash Chowk' (courtyard) to create harmony with nature.

Net-Zero & Climate-Responsive Homes

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Ashok B LallConsult online, across India, or visit office at Civil Lines, New Delhi
Renderings for a low-rise office building in Noida, designed with solar passive architecture. The angled vertical fins are precisely oriented to block harsh sunlight while allowing ambient light, reducing the need for artificial cooling and lighting.18
A detail rendering of the industrial fan manufacturing unit. The prominent circular motif, echoing the company's product, is integrated into a facade that uses vertical louvers and brickwork to achieve its green certification goals.
This angled view of the industrial unit's rendering shows the rhythmic pattern of the vertical louvers. This design element is crucial for breaking up the building's mass and providing essential shading for the west-facing wall.
A rendering of a corporate tower where solid and glass elements are balanced for solar efficiency. The darker, solid volume protects one side from solar heat gain, while the glass facade on the other opens up to controlled light, creating a harmonious and sustainable design.

Climate-Responsive & Sustainable Facades

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Raghvendra BisenTakes projects across Delhi NCR; Office in Sector 100, Noida
The Action for Social Advancement (ASA) office in Bhopal, illuminated at night. The building is elevated on stilts to handle a water-logged site, and the rooftop is covered with a 20kVA solar PV system, making it energy self-sufficient.22
The Action for Social Advancement (ASA) office in Bhopal, illuminated at night. The building is elevated on stilts to handle a water-logged site, and the rooftop is covered with a 20kVA solar PV system, making it energy self-sufficient.
The ground floor of the ASA office, which we transformed into a wetland and public space. A raised brick walkway meanders through the plants and water, creating a cool, welcoming entrance that naturally manages stormwater.
The ground floor of the ASA office, which we transformed into a wetland and public space. A raised brick walkway meanders through the plants and water, creating a cool, welcoming entrance that naturally manages stormwater.

Sustainable Commercial & Office Architecture

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Biome Environmental SolutionsBased in Vidyaranyapura; serves Bengaluru & India

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